OUTER-INNER EDGE PROFILE WHEEL

Key Applications for Outer-Inner Edge Profile Wheels:

Automotive Industry:

Brake Discs and Rotors:

Outer Edge: Polishing the outer edge ensures smooth rotation and reduces wear, improving braking performance and heat dissipation.

Inner Edge: Precision polishing helps with the seating of the rotor hub, ensuring proper alignment and reducing vibrations.

Transmission Gears:

Outer Gear Teeth Edges: Smooth polishing of the outer edge of gear teeth reduces friction during meshing, leading to quieter and more efficient transmissions.

Inner Bore Edges: Ensures proper fitment of gears onto shafts, reducing the risk of misalignment or wear.

Aerospace Industry:

Turbine Blades:

Outer Blade Edges: Polishing turbine blade edges reduces drag and improves the aerodynamic efficiency of the engine.

Inner Edges: Ensures secure attachment of blades to the rotor, reducing the risk of fatigue and failure.

Electronics Industry:

Semiconductor Wafers:

Outer Edge: Precision edge profiling helps reduce cracking and chipping during the wafer processing stages.

Inner Edge: Polishing ensures a smooth transition for fixtures and handling tools, reducing damage during assembly.

Design and Material Considerations:

Profile Shapes: SSDC could design U-shaped, V-shaped, or rounded profile wheels to meet specific edge finishing needs.

Materials: Electroplated CBN or diamond wheels could be used depending on the hardness of the material being worked on (steel, ceramics, or alloys).

Precision Control: The wheels should offer consistent edge polishing with high accuracy, ensuring smooth surfaces with minimal material removal.